Scientists have taken the first-ever measurement of an atom made of antimatter. This measurement, though not very precise, represents a first step toward being able to study antimatter atoms in ...

Matter and antimatter particles are behaving differently inside a giant atom smasher in Switzerland, physicists announced today (April 24). The discovery could help solve the riddle of why the ...

Scientists have taken the first-ever measurement of an atom made of antimatter. This measurement, though not very precise, represents a first step toward being able to study antimatter atoms in ...

Researchers have for the first time slowed down an antimatter atom using lasers to more precisely study this physical phenomena.

Physicists Take Their Closest Look Yet at an Antimatter Atom Scientists at CERN found a way to trap hydrogen’s mirror twin, antihydrogen, long enough to study it in greater detail than ever before.

CERN traps antimatter for long enough to do serious science on it Researchers at CERN have boosted the efficiency of their method for trapping … ...

Because no one has persuaded an atom of antimatter to interact with a laser before, the measurement is still vastly less precise than our best observations for hydrogen.

Nuclear scientists in Switzerland recently dropped some antimatter. The world didn’t blow up, but there were some tiny explosions.

Nuclear scientists in Switzerland recently dropped some antimatter. The world didn’t blow up, but there were some tiny explosions.

An antimatter atom has been measured and manipulated for the first time ever, by a Canadian-led team of physicists.